Calculate the eccentricity that must exist

Assignment Help Mechanical Engineering

Reference no: EM131382043

With reference to given Problem, calculate the eccentricity that must exist if the combined stress at outer edge AA is to be zero.

Problem
A short compression member is subjected to a compressive load of 300,000 lb at an eccentricity of 1.5 in., as shown. The member is 12 in. by 12 in. in cross section. Calculate the combined stresses at the outer edges AA and BB.

41_Fig 05.jpg

Reference no: EM131382043

Questions Cloud

Compute the magnitude of the force p at the free end : Compute the magnitude of the force P at the free end necessary to reduce the stress at point B to zero. Then compute the maximum combined stress at point A.

How does the value of her car influence this decision : Based on this information, should she buy the policy with the deductible or not? How does the value of her car influence this decision?

Calculate the combined stresses at the outer edges aa and bb : A short compression member is subjected to a compressive load of 300,000 lb at an eccentricity of 1.5 in., as shown. The member is 12 in. by 12 in. in cross section. Calculate the combined stresses at the outer edges AA and BB.

How does this city rank what does the ranking mean : How does this city rank? What does the ranking mean? Look at the in-depth city profiles on the left-hand side of the screen (in red). What percentage of your city is considered Park Land

Calculate the eccentricity that must exist : With reference to given Problem, calculate the eccentricity that must exist if the combined stress at outer edge AA is to be zero.

Does every english sentence have a truth value : Does every English sentence have a truth value? (For my proofs class) Please provide a bit of explanation.

Independent vectors in a vector space : 1. Suppose x1, x2, x3 are linearly independent vectors in a vector space V and let

Calculate the stresses at points a and b on the pipe : A section of a 51-mm-diameter standard-weight steel pipe is bent into the form shown and rigidly embedded in a concrete footing. Calculate the stresses at points A and B on the pipe. P is 900 N and e is 600 mm.

What common factors lead to the overlap : Risk management functions and quality improvement functions in an organization can overlap in terms of addressing patient safety. Using information from a health organization's risk management plan identify and summarize two such functions which c..

User Account

All Pages